May 19 2017, 17:24 PM
At approximately 9:30 p.m. on May 18, 2017, a powerful thunder and lightning storm bringing strong winds swept through the Acadian Peninsula. Environment Canada is saying that winds may have hit 190 kilometres per hour. Several poles on the causeway and bridge from Shippagan to Lamèque, and also in the Pokeshaw and Anse Bleu area, were affected by the high winds.
Thursday night, crews safely restored electricity to 2500 customers from a peak of approximately 7,000. Efforts were complicated by ongoing lightning.
Replacement equipment like poles, power lines and structures were sent from Fredericton to the northern area overnight Thursday. Fifteen new poles were required. None of the infrastructure which was damaged was new since the last ice storm.
Power is restored to Lamèque & bridge is reopened to traffic. Customers remaining without power should all be restored by 3pm Saturday.
Customers are reminded to stay clear of downed lines and equipment, and to be mindful of the safety of crews that may be stopped along the roads working to restore power.
May 12 2017, 12:13 PM
This week, 20 participants from Indigenous communities across Canada are in Richibucto, NB to learn about ways to develop clean energy projects in their communities as part of the second annual 20/20 Catalysts Program.
The Program is designed to bring First Nations, Métis, and Inuit Catalysts, or leaders, together to learn from Indigenous leaders who have completed their own clean energy projects as well as energy industry experts. Catalysts will acquire skills, tools and knowledge on how to plan, finance and execute clean energy projects within their home communities.
“It’s an Indigenous clean energy capacity building program. What this program is doing is essentially helping communities move their clean energy projects forward, which can be a huge support to them socially and economically,” said Eryn Stewart, Program Manager of the 20/20 Catalysts Program.
Mentors and coaches will guide and support the Catalysts through the program, including experienced staff from NB Power.
“We have mentors from across the country who have already done projects of their own. Supporting these catalysts, these participants, in those initiatives is extremely valuable for the future of Canada going forward,” Stewart said.
The Catalysts toured the Mactaquac Generating Station and the NB Power Products and Services Lab on May 9 to see how clean energy is being utilized in New Brunswick. Week two of the program will take place in Canmore, Alberta and week three will be held in Wakefield, Quebec.
The curriculum of the Program is made up of community engagement, business and project planning and financing. Sessions will cover topics like Smart Communities, Exploring Energy Efficiency and Community Energy Planning Simulations.
There are over 165 clean energy projects with indigenous involvement operating across Canada. Program participants are part of a group that will spread the ideas fostered in New Brunswick across the country to create more clean energy projects in the coming years.
We are excited to have the Catalysts of 2017 join us in New Brunswick and wish them the best with the rest of the program.
May 4 2017, 10:42 AM
The Maritime College of Forest Technology (MCFT) launched a new utility arboriculture college program this February in Fredericton. This program is a joint venture with MCFT, NB Power’s Distribution Vegetation Management team and Arboriculture Canada Training and Education Ltd.
Graduates of this program will complete over 1000 contact hours over the two year program, graduating with a diploma in utility arboriculture in 2019 with over ten separate certificates (such as a Chainsaw Operator Certificate, Herbicide Applicator certificate and ATV Operator Certificate, to name a few.)
The primary objective of this program is to supply a highly skilled and safety-oriented workforce to an industry that is struggling to recruit and retain workers. These individuals have gone through several steps during the admissions phase to ensure they are a best fit to this career, including an online candidate assessment tool called Talent Sorter.
The “tree trimmers” of tomorrow will be more appropriately termed “utility arborists”, with NB Power and MCFT having applied for trade designation and recognition of utility arboriculture as a designated occupation within the province of New Brunswick. Program coordinators have been working closely with counterparts in Ontario and British Columbia (where utility arboriculture is already a designated occupation) to design the curriculum and move toward the goal of red seal designation.
The curriculum includes courses such as Arboriculture Sciences, NB Power Safe Work Practices and Orientation, Electrical Theory and Awareness, Communications and a full suite of technical arborist courses offered through Arboriculture Canada Training and Education Ltd-Canadian leaders in the field of arboriculture. These students will be trained on proper tree rigging techniques both on the ground and high up.
This program is the first of its kind in Atlantic Canada, and has been featured in the Atlantic Forestry Review (Clearing the Lines) and MacLean’s magazine.
After tireless recruitment efforts in a relatively short period of time, 28 students (27 from New Brunswick, one from Ontario) have entered the program and will begin one of two work practicums this June with an NB Power vegetation contractor. They are currently working diligently in the classroom to prepare for their first work practicum, learning everything from vegetation management principles, electrical theory, tree species identification and biology, to pruning, felling and chipping methods.
This represents a significant advancement in the level of training and professionalism in the industry, with 28 bright and engaged individuals who are willing to invest (financially and time-wise) in educating themselves with a goal of working and living in New Brunswick.
April 27 2017, 14:24 PM
Are you looking for a new way to save on your household energy use that doesn’t sacrifice any comfort?
Maybe it’s time to consider a water-efficient showerhead - they use about 50% less water which helps you save on your energy bills.
The newest water-efficient showerheads have been engineered specifically to maintain water pressure while reducing the flow of water. This means you can still shower under a strong blast if you replace your showerhead.
So how do you know if you’re ready to make the switch?
You can do a simple test to determine if your showerhead is a good candidate for replacement. Start by turning your water fully on and place a two litre jug or container in your tub. If it fills it up in less than 10 seconds, you should consider upgrading to a more efficient model.
What to look for in a showerhead
To find the most efficient showerhead when shopping, look for the ENERGY STAR certified label. These water-efficient models have been tested and rated to be the most efficient and yield the greatest energy savings.
You should choose a showerhead with a low gallon per minute rating- this is usually on the package. We recommend models with a rating of 1.6 gallons per minute (GPM) or less.
Showers can account for up to 25% of your household’s hot water use. Imagine how much that can begin to cost the more people you add to your home? Here’s a breakdown of what the water use looks like for an average family of three with both a regular and water-efficient showerhead.
If you have kids, you’ll know they love to take their time in the shower. While we recommend limiting your shower to 10 minutes to see added savings on your power bill, it’s not always the case when you have a full house. An efficient showerhead can help limit the amount of hot water used, even if you have a family member who likes to take longer showers.
Use the installation of your efficient showerhead as an opportunity to discuss — as a family — the costs associated with hot water and other energy uses throughout your home.
Until the end of April, you can save even more on water-efficient showerheads with our Smart Habits rebate of $10 on select models at participating retailers.
April 4 2017, 08:56 AM
Walking through the hallways leading to the NB Power products and services lab is like traveling through time. Designs on the walls outline the present, past and achievable future of NB Power.
The lab is just one of 3 lab environments that support the incubation of ideas for products and services that will integrate with New Brunswick’s Smart Grid- together, these labs form the Smart Grid Innovation Network.
Who’s involved in the Smart Grid Innovation Network?
NB Power has partnered with Siemens Canada and the University of New Brunswick to create this unique opportunity for companies to bring their Smart Grid visions to life.
It all starts at UNB: it is the idea incubator and physical device research facility.
Siemens comes in to work with products creators to establish connectivity and ensure the product is “Smart Grid ready.” Then the product functionality and effectiveness is tested at the NB Power lab. This lab is the last stop before launching new innovations.
Both Siemens and UNB are indispensable partners in the Smart Grid Network.
The NB Power lab
The hallway leading to the product lab and showroom detail our utility’s history through a timeline of important events that showcase our evolution to this point, and the challenges that face us for the future.
We’ve got one of the most diverse electric systems in North America that already incorporates a lot of renewable energy (wind up north, a little solar, and lots of hydro.)
We’re starting from a good spot, but the challenge remains- finding a way to reduce and shift energy demand to ‘beat the peak’ that happens in the morning between 6-9am and in the evening from 4-8pm.
We are aware of the changing interests and behaviours of our customers. In previous years we didn’t have to know what happens beyond the meters, but now we have to work with customers in order to keep up and grow.
The two-and-a-half year old lab is where NB Power engineers test out new and innovative products. It is ground control for our engineers to monitor the input from smart devices being tested in the field right now in pilot projects.
The product demo room
Here are products that will help you become more energy efficient as well as products that will help us manage your load.
On one wall you will see electric vehicles, solar panels and smart batteries. All are examples of new technologies that are already available.
Smart water heaters are another. We can communicate with them remotely and tell them to consume power when it’s the best time to do so.
Energy efficient products, heat pumps, energy-efficient fridges are on another wall.
On the floor you will see an illustration of Integrated Load Management System. This is the brain behind everything. It is the network which connects appliances to the lab.
Do you have an idea for a product or service that would integrate with the Smart Grid? Get in touch with the Smart Grid Innovation network here.